Test report DSG-7543 · Rev D · tested November 4, 2026
Foundries & ManufacturingDevice under test
Bosch carves out standalone semiconductor division from 2028
Bosch will launch a standalone semiconductor sector on January 1, 2028, targeting €5 billion revenue by 2030 and opening its fab capacity to external foundry customers.
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- Priya Raman
Spec summary
- Bosch establishes a standalone Semiconductors business sector on January 1, 2028, announced November 3, 2026.
- The company targets around €5 billion in annual semiconductor revenue by 2030.
- Around €3 billion invested in Dresden and Reutlingen; ~$2 billion converts Roseville, USA for SiC production.
- Bosch operates roughly 40 semiconductor research, development and production sites worldwide and holds 10% of ESMC Dresden.
- No additional capacity, binding revenue contributions or external technology roadmap has been disclosed.

Bosch will establish a standalone Semiconductors business sector on January 1, 2028, the Stuttgart group announced on November 3, 2026. The company targets annual semiconductor revenue of around five billion euros by 2030. That figure is a corporate goal, not a binding forecast, and the path to it remains underspecified.
The reorganization moves semiconductor activities out of the Mobility Electronics business sector, where they currently sit alongside electronic control units and automotive power electronics. This is not a spin-off. The new unit stays organizationally inside Bosch Mobility. Bosch says the change will align development and production processes more closely with semiconductor market requirements and attract customers outside the core automotive business.
The company names robotics, industrial automation and electronic components for intelligent systems as target segments. Product scope covers conventional semiconductors, MEMS sensors (micro-electromechanical devices that measure acceleration, angular rates and pressure), silicon carbide power semiconductors and application-specific integrated circuits.
What does the foundry strategy change?
A central element is the opening of existing production capacity to external customers. Bosch wants to expand its contract manufacturing, or foundry, business deliberately. The aim is to capture orders from chip developers that own no fabrication plants or want to outsource specific manufacturing technologies.
Bosch is not chasing TSMC's territory. It has traditionally focused on selected technologies: sensors, power semiconductors and specialized circuits, where long-term stability, energy efficiency, reliability and integrated sensor functions matter more than the smallest feature sizes. The strategy bets on industrial and safety-critical applications rather than on bleeding-edge processor nodes.
The announcement is notably thin on commitments. No additional production capacity is specified. No binding revenue contributions from the foundry business are disclosed. It also remains unclear which technologies Bosch will offer externally, and at what volume.
How large is the existing footprint?
Bosch already operates an international semiconductor network. The company counts around 40 research, development and production sites worldwide. Roughly three billion euros have been invested in the German sites in Dresden and Reutlingen in recent years.
The full site map includes:
- Dresden, Germany — semiconductor manufacturing and development
- Reutlingen, Germany — semiconductor and sensor production
- Roseville, USA — conversion of an existing plant for silicon carbide manufacturing, at an investment of around two billion US dollars
- Penang, Malaysia — semiconductor test center, to be expanded by the middle of the next decade
- ESMC Dresden — Bosch holds a 10 percent stake in the joint venture
Why silicon carbide and robotics?
Silicon carbide, or SiC, tolerates higher voltages and temperatures than conventional silicon. In suitable circuits, SiC power semiconductors reduce switching losses and improve the efficiency of power converters and electric drive systems. The material is already established in electric vehicles and industrial power supply.
Robotics is the second growth thesis. Humanoid robots must capture movement precisely, control actuators reliably and evaluate sensor data with minimal delay — requirements that differ considerably from those of PC or server processors. MEMS sensors, one of Bosch's established strengths, provide the foundation for motion detection, position determination and monitoring of mechanical processes.
Bosch cites analyses suggesting European semiconductor demand driven by robotics and industrial automation could rise significantly by 2040. Forecasts of this kind do not guarantee sales growth, and Bosch itself acknowledges that realization depends on industrial investment, economic conditions and adoption of automation solutions. A market projection two decades out is a weak foundation for a five-year revenue target.
What remains unanswered?
The restructuring is an organizational shift, not a capital commitment. Bosch adds no new fab, no named external customers and no technology roadmap for the open-foundry offering. The five billion euro goal for 2030 sits against an investment base that predates the announcement.
The case for skepticism is straightforward: Europe holds real industrial expertise in sensors, power semiconductors and specialized circuits, and these components receive far less attention than the latest AI accelerators. Opening existing capacity is a logical step. Whether it produces additional orders and profitable growth is the question the January 2028 launch will begin to answer.
via Google News: Semiconductor foundry (Source)
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Correspondent covering money, funding and market shifts around hardware layer of artificial intelligence at Die Signal.
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